Impact of Total Ionic- and Individual Li+-Conduction in Dual-Cation Electrolytes on Power Performances for Thick Electrode Li4Ti5O12//AC Hybrid Capacitors

Yu Chikaoka,Etsuro Iwama,Masato Sakurai,Tsukasa Ueda,Tomohide Shirane,Wako Naoi,Katsuhiko Naoi

Impact of Total Ionic- and Individual Li+-Conduction in Dual-Cation Electrolytes on Power Performances for Thick Electrode Li4Ti5O12//AC Hybrid Capacitors

2021

Yu Chikaoka
Etsuro Iwama
Masato Sakurai
Tsukasa Ueda
Tomohide Shirane
Wako Naoi
Katsuhiko Naoi

The utilization of dual-cation electrolytes constructed with a Li-based electrolyte (LiBF4) and an additional supporting electrolyte (quaternary ammonium salts or ionic liquids) is a promising stra...

Keywords:

Ionic bonding
Chemical engineering
Electrolyte
Electrode
Materials science
Capacitor
Thermal conduction

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